···
Black hole, conceptual illustration. A black hole is formed when the core of a star collapses under its own weight. This increases its gravitational field to the point where, beyond a boundary known as the event horizon, nothing, not even light, can escape. Only sufficiently massive stars form black holes, doing so when they have used up the fuel that sustained their nuclear explosions. Image details File size:
51.5 MB (1.2 MB Compressed download)
Open your image file to the full size using image processing software.
Dimensions:
5000 x 3600 px | 42.3 x 30.5 cm | 16.7 x 12 inches | 300dpi
Date taken:
25 August 2020
More information:
Black hole, conceptual illustration
Search stock photos by tags
Similar stock images Black hole, conceptual illustration. A black hole is formed when the core of a star collapses under its own weight. This increases its gravitational field to the point where, beyond a boundary known as the event horizon, nothing, not even light, can escape. Only sufficiently massive stars form black holes, doing so when they have used up the fuel that sustained their nuclear explosions. Stock Photo https://www.alamy.com/image-license-details/?v=1 https://www.alamy.com/black-hole-conceptual-illustration-a-black-hole-is-formed-when-the-core-of-a-star-collapses-under-its-own-weight-this-increases-its-gravitational-field-to-the-point-where-beyond-a-boundary-known-as-the-event-horizon-nothing-not-even-light-can-escape-only-sufficiently-massive-stars-form-black-holes-doing-so-when-they-have-used-up-the-fuel-that-sustained-their-nuclear-explosions-image369848682.html RF 2CDM1NE – Black hole, conceptual illustration. A black hole is formed when the core of a star collapses under its own weight. This increases its gravitational field to the point where, beyond a boundary known as the event horizon, nothing, not even light, can escape. Only sufficiently massive stars form black holes, doing so when they have used up the fuel that sustained their nuclear explosions. Black hole, conceptual illustration. A black hole is formed when the core of a star collapses under its own weight. This increases its gravitational field to the point where, beyond a boundary known as the event horizon, nothing, not even light, can escape. Only sufficiently massive stars form black holes, doing so when they have used up the fuel that sustained their nuclear explosions. Stock Photo https://www.alamy.com/image-license-details/?v=1 https://www.alamy.com/black-hole-conceptual-illustration-a-black-hole-is-formed-when-the-core-of-a-star-collapses-under-its-own-weight-this-increases-its-gravitational-field-to-the-point-where-beyond-a-boundary-known-as-the-event-horizon-nothing-not-even-light-can-escape-only-sufficiently-massive-stars-form-black-holes-doing-so-when-they-have-used-up-the-fuel-that-sustained-their-nuclear-explosions-image369848662.html RF 2CDM1MP – Black hole, conceptual illustration. A black hole is formed when the core of a star collapses under its own weight. This increases its gravitational field to the point where, beyond a boundary known as the event horizon, nothing, not even light, can escape. Only sufficiently massive stars form black holes, doing so when they have used up the fuel that sustained their nuclear explosions. Black hole, conceptual illustration. A black hole is formed when the core of a star collapses under its own weight. This increases its gravitational field to the point where, beyond a boundary known as the event horizon, nothing, not even light, can escape. Only sufficiently massive stars form black holes, doing so when they have used up the fuel that sustained their nuclear explosions. Stock Photo https://www.alamy.com/image-license-details/?v=1 https://www.alamy.com/black-hole-conceptual-illustration-a-black-hole-is-formed-when-the-core-of-a-star-collapses-under-its-own-weight-this-increases-its-gravitational-field-to-the-point-where-beyond-a-boundary-known-as-the-event-horizon-nothing-not-even-light-can-escape-only-sufficiently-massive-stars-form-black-holes-doing-so-when-they-have-used-up-the-fuel-that-sustained-their-nuclear-explosions-image369848630.html RF 2CDM1KJ – Black hole, conceptual illustration. A black hole is formed when the core of a star collapses under its own weight. This increases its gravitational field to the point where, beyond a boundary known as the event horizon, nothing, not even light, can escape. Only sufficiently massive stars form black holes, doing so when they have used up the fuel that sustained their nuclear explosions. 
